IN-VISION Launches New Electronic Subsystems for Native 4K DLP Chipsets

IN-VISION Technologies AG, an Austrian optics company and official Texas Instruments Design House Partner, is expanding access to its advanced electronic subsystems for DLP technology. The company’s open hardware platforms for high-performance DMD (Digital Micromirror Device) chipsets are now available to a broader range of users.

“With this step, we are pursuing our mission to provide open, high-performance platforms for all users who wish to work with advanced photonics and DLP technology,” said Florian Zangerl, CEO of IN-VISION. The new subsystems offer direct access to cutting-edge DMD technology—without requiring users to develop their own electronics—whether for research, prototyping, or production applications in fields such as lithography, additive manufacturing, and biotechnology.

The product line includes driver electronics for Texas Instruments’ native 4K DLP991U and 2K DLP9000X chipsets, both designed for high-speed dynamic light exposure applications. IN-VISION is currently the only manufacturer offering boards that combine ultra-fast optical interfaces, an open FPGA architecture, and flexible system integration.

Key technical features include:

• Controller board with 7/8 GB DDR4 RAM, supporting up to 7,710 (4K) or 14,680 (2K) preloaded 1-bit patterns
• Open FPGA platform, allowing custom user code for added functionality
• High-bandwidth interfaces for low-latency data streaming
• Dual connectivity: 1G Ethernet and PCIe 3.0 x4, supporting up to 2,891 fps (4K) or 6,290 fps (2K)
• Flexible triggering via electrical or optical I/Os
• Compact design and modular cabling for seamless system integration

Software ecosystem includes:

• PanOS: A Linux-based operating system for robust and intuitive control
• PanAPI: A developer-friendly interface for complete process parameterization
• PanGUI: A graphical tool for streamlined setup and integration

The modules are well-suited for a wide range of applications, from maskless lithography to structured light in biomedical imaging. They are available immediately. Full specifications and product details can be found at: www.in-vision.at